Pacon PAC63120 Rainbow Kraft Paper 36x1000 in Roll

Product Description

The PACON PAC63120 is a rainbow Kraft paper roll measuring 36 x 1000 inches, designed for classroom instruction and studio art projects. The roll features a duo-finish surface: one smooth side suited for wet media applications such as felt-tip pen work, finger painting, and fine line drawing, and one toothy side that accepts chalk, tempera, watercolor, and acrylic paints. Made from recyclable material, this paper is lightweight and practical for high-volume classroom use. At 34 pounds per roll, it delivers substantial coverage without excessive bulk. Art teachers, classroom aides, and program coordinators are the primary users.

This paper roll is a standard supply in K-12 classrooms, after-school programs, and community art centers. The wide 36-inch format supports large-format murals, table coverings, bulletin board backdrops, and collaborative student projects. The dual-finish construction makes it adaptable across multiple media types without requiring separate paper stocks for different activities. It ships and stores as a single roll unit.

Key Features

• Dual-finish surface: smooth side for wet media, toothy side for dry and paint media
• Smooth side accepts felt-tip pen, finger paint, and fine line drawing
• Toothy side accepts chalk, tempera, watercolor, and acrylic paint
• 36 x 1000 inch format supports large-format and high-volume use
• Made from recyclable Kraft material
• Sold as a single roll unit

Compatibility

Designed as a general-purpose classroom art paper roll compatible with standard wall-mount and floor-stand paper roll dispensers that accommodate a 36-inch roll width.

Installation Notes

This paper roll is installed by teachers and classroom staff, not licensed tradespeople. Mount the roll on a compatible paper dispenser rated for the roll weight before use. Ensure the dispenser bracket can support 34 pounds at the listed roll dimensions. Store unused rolls horizontally in a dry location to prevent moisture damage or core deformation.